As highlighted in the December 2015 issue and in the OSJ Guide to OSV Propulsion published earlier in 2015, batteries can play a leading role and promise more efficient use of energy. In hybrid ships with energy storage in batteries, power control can be optimised, fuel cost, maintenance and emissions reduced and a vessel can be made more responsive and safer. Among the latest contracts awarded for batteries for an offshore vessel is one awarded to Saft by ABB Marine to supply a specialised high power liquid-cooled lithium-ion (Li-ion) super phosphate (SLFP) battery system for ABB's new hybrid propulsion cablelay vessel. The batteries on the cablelay ship will deliver energy while loading cable and for propulsion assistance, helping to cut the vessel's fuel consumption by 27 per cent and reducing maintenance compared with traditional AC systems. The SALT 306 CLV design vessel will be 140m in length with a beam of 30m. It is being built at Kleven shipyard in Norway. Delivery is expected in 2017.
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机译:正如2015年12月号和2015年初发布的《 OSJ OSV推进指南》所强调的那样,电池可以发挥主导作用,并有望更有效地利用能源。在电池储能的混合动力船中,可以优化功率控制,降低燃料成本,减少维护和排放,并使船只的响应速度更快,更安全。在最近获得的用于海上船舶电池的合同中,有一份由ABB Marine授予Saft的合同,该合同将为ABB的新型混合动力推进电缆敷设船提供专门的大功率液冷锂离子(Li-ion)超磷酸盐(SLFP)电池系统。与传统的交流电系统相比,电缆敷设船上的电池将在装载电缆时提供能量,并提供推进协助,从而帮助将船舶的燃油消耗减少27%,并减少维护。 SALT 306 CLV设计船的长度为140m,光束为30m。它正在挪威的克莱文船厂建造。预计在2017年交付。
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